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To address logistical hurdles in disaster-stricken areas, the MaxiPrinter provides a mobile concrete 3D printing solution that builds directly on-site. The ReGen project showcases this effectiveness with its adaptable modular housing. This technology is ideal for emergency reconstruction, delivering speed, strength, and durability without the constraints of complex supply chains.
Discover the real cost of a 3D printed house through a detailed analysis of construction expenses and our interactive cost simulator developed by Constructions-3D. This article explains the process, key advantages, and a real case study of a 104 m² house printed in just five days, showcasing the economic and technical potential of 3D concrete printing.
3D Concrete printing (3DCP) is a construction method where a numerically controlled nozzle extrudes layers of cementitious material on top of each other to build structures — a concept so intuitive it's almost surprising it took so long to emerge in construction. Yet it is here, and poised to transform the building industry.
To address logistical hurdles in disaster-stricken areas, the MaxiPrinter provides a mobile concrete 3D printing solution that builds directly on-site. The ReGen project showcases this effectiveness with its adaptable modular housing. This technology is ideal for emergency reconstruction, delivering speed, strength, and durability without the constraints of complex supply chains.
For decades, 3D concrete printing has remained a technological curiosity, explored by a few pioneering researchers and startups. But the situation is changing rapidly. Facing a growing global housing crisis — accelerated urbanization, labor shortages, and soaring costs — and with the construction sector being one of the largest sources of CO₂ emissions worldwide, additive manufacturing applied to building is now emerging as one of the most promising levers to build faster, reduce carbon footprints, and control costs.
Testimony - The Vision of Printerra and Norseman Construction Canada faces an unprecedented challenge: building faster, with fewer workers, and under tighter cost control. While traditional methods struggle to keep pace, a technology long seen as futuristic is emerging as a practical solution: 3D concrete printing. At the heart of this revolution, two Canadian companies—Norseman Construction (link to article on Kris) and Printerra—are combining their strengths and visions. For Kristofer Potts and Leigh Newman, the future of construction is literally being printed.
Discover the Citadelle des Savoirs-Faire through the eyes of Kris Potts — watch his experience in this exclusive video ! Link at the bottom.
2.8 billion people today live in inadequate housing. More than one billion live in slums. In Europe, one in four people lives in conditions that can harm their health or safety. Everywhere, housing — a basic need for security and dignity — is becoming a luxury. Faced with climate disasters, armed conflicts, and structural poverty, traditional construction methods can no longer keep up. Too slow, too expensive. It’s time to reinvent the way we build. Constructions-3D believes that 3D concrete printing can offer solutions to the global inadequate housing crisis.
A revolution is underway on construction sites. 3D printing in the building sector is no longer science fiction. Today, it is fundamentally transforming construction methods, required skills, and working conditions. At Constructions-3D, a French pioneer in 3D printing for the construction industry, this technology provides a concrete answer to one of the sector’s oldest challenges: reducing the physical strain of construction work.
Discover the real cost of a 3D printed house through a detailed analysis of construction expenses and our interactive cost simulator developed by Constructions-3D. This article explains the process, key advantages, and a real case study of a 104 m² house printed in just five days, showcasing the economic and technical potential of 3D concrete printing.
As the housing crisis and economic instability continue to weigh on the construction industry, many voices are calling for the urgent adoption of new industrial methods. 3D concrete printing is emerging as a practical and complementary solution to traditional prefabrication.
Because 3D concrete printing can also serve as a powerful research tool, the Belgian Ceramic Research Centre (BCRC) has taken a closer look at this innovative technology. As a research, expertise, and analysis center specializing in ceramics, the BCRC has set itself the challenge of combining tradition and new technologies by integrating 3D concrete printing into its work. Sandra Abdelouhab, Program Manager for “Refractory and Clay-Based Materials,” shares her experience with the MiniPrinter and presents the center’s current projects and future outlook.
An unconventional journey for a man passionate about art and woodworking. Jacques Semaille, founder and manager of Pompes Funèbres Semaille in Onnaing, has taken on a new challenge: creating and producing objects made of wood, granite, and 3D-printed concrete. For this active entrepreneur, retirement is out of the question. Quite the opposite—this business owner from northern France founded J. Semaille Création, driven by his passion for designing objects and furniture of all kinds. Blending creativity with technical challenges, he returns to his roots while staying at the forefront of innovation. A portrait of a company with bold ambitions.
TsunHung Environmental Co., Ltd.: A company committed to the sustainable development of our oceans Based in Taiwan, TsunHung Environmental Co., Ltd. has taken on the challenge of repopulating the oceans using the MiniPrinter XL. Specializing in green technologies and clean environmental solutions, this East Asian company transforms construction waste into reusable, eco-friendly building materials, actively promoting the circular economy. Driven by strong environmental values, TsunHung now extends its mission to the protection and regeneration of marine ecosystems.
In a context where the French Army is actively exploring new technologies to strengthen its operational resilience, Constructions-3D was called upon to evaluate 3D printing technology during a Tactical Evaluation (EVTA) conducted by the Army Technical Section (STAT). The objective of this EVTA was to assess the potential of 3D cementitious printing technology in the areas of deployment support, counter-mobility, and force protection. As part of the EVTA, our company also participated in “Dantzig,” the Engineering Corps festival in Angers, where we performed a live 3D concrete printing demonstration of a World War II shelter. “Dantzig” is a special event showcasing current and upcoming innovations in the Engineering Corps. This unique collaboration enabled a rapid skill upgrade for military and structural teams in the field and opened concrete application prospects for the armed forces.